MEMBRANES

Poretics™ PCTE Membranes are made from a thin, microporous polycarbonate film material. They are ideally suited for use in blood assays and high-purity and general filtration. Though polycarbonate is hydrophobic, the membrane is treated with a...

Poretics™ PCTE Membranes are made from a thin, microporous polycarbonate film material. They are ideally suited for use in blood assays and high-purity and general filtration. Though polycarbonate is hydrophobic, the membrane is treated with a...

Poretics™ PCTE Membranes are made from a thin, microporous polycarbonate film material. They are ideally suited for use in blood assays and high-purity and general filtration. Though polycarbonate is hydrophobic, the membrane is treated with a...

Poretics Black Polycarbonate (PCTE) Membrane Filters for epifluorescence microscopy. Standard polycarbonate membrane filters are treated by a proprietary irgalan black process to render them dark gray. This essentially eliminates the natural...

Poretics Polycarbonate AXO Filter Membrane. Specialty Application PCTE Membrane Filters. Measurement of Organic Halides in Water and Wastewater EPA Standard 1650 (AOX Method). For filtration of water sample after acidification and slurry with activated...

Hydrophobic Polycarbonate (PCTE) Membranes for chemotaxis and venting applications. Hydrophobic polycarbonate membrane filters are identical to the standard PCTE filters except they are manufactured without the wetting agent. These filters are designed...

Poretics Polyester Membrane Filters. Thin, track-etched precision filters, similar to the PCTE membranes, but with wider chemical resistance. The even and random pore distribution provides uniform sample capture on the surface of the filter. Ideal for...

High tensile strength; not easily cracked, split or broken. Low adsorption affinity to water and proteins. Thermal stability of 140°C in air or steam. Autoclavable. High chemical resistance to organic solvents and acids.Image(s) are representative of...

High tensile strength; not easily cracked, split or broken. Low adsorption affinity to water and proteins. Thermal stability of 140°C in air or steam. Autoclavable. High chemical resistance to organic solvents and acids.Image(s) are representative of...

High tensile strength; not easily cracked, split or broken. Low adsorption affinity to water and proteins. Thermal stability of 140°C in air or steam. Autoclavable. High chemical resistance to organic solvents and acids.Image(s) are representative of...

High tensile strength; not easily cracked, split or broken. Low adsorption affinity to water and proteins. Thermal stability of 140°C in air or steam. Autoclavable. High chemical resistance to organic solvents and acids.Image(s) are representative of...

Excellent strength, rigidity and durability. Autoclavable. Rust resistant.Image(s) are representative of the product group and not necessarily the individual product.30 x 30 cmThickness (µm): 102Mesh Opening (µm): 104Open Area %: 45.230 x...

Biologically inert mixtures of cellulose acetate and cellulose nitrate result in membranes with a smoother and more uniform surface than pure nitrocellulose filters.These filters are easy to handle, with less cracking and fracturing than traditional CN...

Thermo Scientific Nalgene Cellulose Acetate Membrane Filters are used for particulate and microbial analysis.• Excellent chemical resistance to alcohol and oil• Excellent for cold sterilization of proteinaceous solutions• Able to be...

Thermo Scientific Nalgene Nylon Membrane Filters are used for particulate and microbial analysis.• Extremely low levels of extractables - no wetting agent• Aqueous and organic solvent filtration• Sterilize buffers and culture...

Cellulose nitrate membrane filters have official certification for water quality work. Manufactured for the bacteriological analysis of potable, waste and natural waters in accordance with the membrane filtration procedures referenced in Standard Methods...